Ivy League 2.0 White Twin Step Loft with Chest

Many parents find that steps provide a more stable and secure entry point for children than a standard ladder. This loft bed features built-in stairs, each equipped with skid-resistant textured strips to enhance traction and reduce the risk of slips, making it an excellent choice for younger children or those who may need to get up during the night.

This model is a fantastic transition piece because it combines the fun of an elevated bed with the safety of wide steps. Its multifunctional design, featuring an integrated chest with smooth-glide drawers, helps foster independence by allowing children to easily access their own clothes and belongings in a secure, organized environment.

This loft bed stands approximately 70.5 inches tall. To ensure your child can sit up comfortably on the mattress without bumping their head, we recommend using this bed in rooms with standard 8-foot (96-inch) ceilings or higher. This provides about two feet of clearance above the bed frame, depending on the thickness of the mattress selected.

This space-saving "loft/chest" style is ideal for compact urban apartments or smaller suburban bedrooms. By elevating the twin bed and building a five-drawer chest directly into the frame, it consolidates a sleeping area and primary clothing storage into a single 101-inch footprint, freeing up valuable floor space for play or other furniture.

A bunkie board is required for this loft bed to provide the necessary support for the mattress. Using a bunkie board instead of a traditional box spring keeps the mattress at a lower profile, which is crucial for ensuring the guardrails remain at a safe, effective height to prevent accidental falls.

This bed is quality-constructed with beveled drawers and brushed nickel hardware, reflecting a high standard of craftsmanship. The fresh white finish is designed for timeless appeal and longevity; to maintain its luster, our care experts recommend regular dusting with a soft, dry cloth and avoiding harsh chemicals that can degrade the protective surface over time.